The molecular formula of an ester is C3H7COOC2H5 - Write the alcohol and acid from which it-s formed-

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Standard XII

Chemistry

Fischer's Esterification Process

The molecular...

Question

The molecular formula of an ester is C₃H₇COOC₂H₅ . Write the alcohol and acid from which it's formed.

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Solution

1. In an ester,we can identify the acid and the alcohol by a simple trick.
2. The ester group is R^'-COO-R,where COO is O-C=O.
3. Here R^' is attached to C=O,so it is acid and the one R attached to O is alcohol.
4. So, in C₃H₇COOC₂H_5, Acid is C₃H₇COOH and alcohol is C₂H₅OH .

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The molecular formula of an ester is C3H7COOC2H5 . Write the alcohol and acid from which it's formed.

1. In an ester,we can identify the acid and the alcohol by a simple trick. 2. The ester group is R'-COO-R,where COO is O-C=O. 3. Here R' is attached to C=O,so it is acid and the one R attached to O is alcohol. 4. So, in C3H7COOC2H5, Acid is C3H7COOH and alcohol is C2H5OH .

The molecular formula of an ester is C₃H₇COOC₂H₅ . Write the alcohol and acid from which it's formed.

1. In an ester,we can identify the acid and the alcohol by a simple trick.
2. The ester group is R^'-COO-R,where COO is O-C=O.
3. Here R^' is attached to C=O,so it is acid and the one R attached to O is alcohol.
4. So, in C₃H₇COOC₂H_5, Acid is C₃H₇COOH and alcohol is C₂H₅OH .